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Output saturated, Following error, E positive pressure/force limit – Delta RMC151 User Manual

Page 870: Fault input, G positive limit input, R negative limit input, Positive pressure/force limit, Fault error bit, No transducer

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RMC70/150 and RMCTools User Manual

Issuing a motion command will also clear any error bits whose underlying error condition

has gone away.

Error Bits


Bit Tag

Register Name

0

FollowErr

Following Error

If the axis is in closed loop position control, this bit is set

when the Position Error exceeds the Position Error Tolerance

parameter.
If the axis is in closed loop velocity control, this bit is set

when the Velocity Error exceeds the Velocity Error Tolerance

parameter.
This error is not used in I-PD control.

1

-

Reserved

2

OutSat

Output Saturated

If the Control Output exceeds the Output Limit parameter

(positive or negative), then the Control Output is saturated

and this bit is set. This bit is not set when the Control

Output is limited at the DAC output stage. It is just silently

truncated. Truncation at this stage results from applying the

Output Bias and/or Output Polarity.

3

FaultIn

Fault Input

This bit is set when the Fault input for the axis goes active.

Notice that there is also a Fault Input State status bit that is

not latched as this error bit is.
Some axes do not have a Fault Input.

4

PosLimitIn

Positive Limit Input

This bit is set when the Positive Limit Input becomes active.

Do not confuse this with the Positive Overtravel bit.

5

NegLimitIn

Negative Limit Input

This bit is set when the Negative Limit Input becomes

active. Do not confuse this with the Positive Overtravel bit.

6

NoTrans

No Transducer

This bit is set when the RMC detects that no transducer is

connected. The following list indicates when this occurs for

various transducer types.

Analog

Voltage

This bit will not turn on for voltage

feedback. The Transducer Overflow

bit is used instead.

Analog

Current

The current is less than 3.6mA.

MDT

RMC70: The RMC does not detect a

start pulse (for Start/Stop) or rising

edge on the Return pulse (for PWM).
RMC150: The RMC has not detected

a start pulse (for Start/Stop) or rising

edge on the Return pulse (for PWM)

for the last six (6) control loops.

Quadrature

The RMC70 detects a broken A or B

850

Delta Computer Systems, Inc.

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